Silicosis is a dangerous lung disease that affects many Arkansas workers. This is especially true for those that work with stone countertops, in construction, or in manufacturing settings. Industrial and mining workers also face high rates of silicosis. Knowing what this disease is and how it is caused can help you hold the responsible party…
Silica exposure is dangerous, and can cause a great deal of damage to those hurt by it. It is a common occupational hazard for people in the manufacturing, mining, construction, and countertop industries. The particles you inhale can cause life-threatening and painful respiratory conditions. Often, this is because your employer failed to properly protect your…
Silica dust exposure is incredibly dangerous. While there are regulations in place to protect workers, too many businesses fall short of these regulations. The result is severe harm to your lungs and overall health. Arkansas uses OSHA standards to protect workers, along with some state level oversight to see that the rules are enforced. If…
Silica exposure has been a problem in Arkansas for decades. Too many people never even know the risks before it is too late. For workers in oilfields, manufacturing plants, and in countertop companies, the exposure can be more constant than you ever realized. Silica dust can lead to serious diseases and the scarring of lung…
If you are experiencing symptoms of silicosis, you need to act right away. Not only should you get immediate medical attention, you should also speak with an Arkansas silicosis attorney. There are strict time deadlines in these cases, and you do not want to miss your opportunity for compensation. The employer or other party that…
People love quartz countertops. They are durable, beautiful, and require much less maintenance than other high-end options. But there are dangers for those who make these beautiful pieces. The cutting and fabrication process puts untold amounts of quartz dust into the air, containing high amounts of silica. This silica can be devastating and deadly when…